Support Structure Mounting TRIZ Cases

A partition wall separates high and low voltage circuit boards in an electric motor electronic module.

Segmented water-permeable connectors and a ferrite block reduce electromagnetic interference while maintaining sealing reliability in digital display modules.

Front-rear movement compensates for manufacturing clearances, improving cold plate contact and thermal conduction.

A 3-level power converter device uses spatially arranged connection elements to enable low inductance electrical linking between units.

Segmented EMC modules with universal plug connectors resolve trade-offs between interference suppression and device complexity.

An abutment surface in the connector housing fixes the circuit board position, eliminating positional deviation errors that destabilize electrical connections.

A laminated busbar features a slanted connection section within the plug-in region to store heat energy during component mounting.

Merging housing, busbars, and sensor cores into one injection molded unit eliminates complex final assembly steps and reduces component handling.

A folded foam sealing block fits around cables within a channel to create an airtight barrier.

Segmenting cable routing into localized slots reduces airflow restrictions and simplifies maintenance during frequent equipment swaps.

Exterior-mounted power terminals free internal cabinet volume by routing high-current cables outside the equipment housing.

A blind connector assembly uses a holder tube and external tool to align computing tiles between adjacent cabinets.

A two-part housing with a latching device transmits force from the printed circuit board to the enclosure.

A segmented insulation connecting plate extends creepage distance between a circuit board and metal case without increasing volume.

Rear-mounted power modules free front connector space while maintaining easy access for maintenance without shutting down the subrack.

Balanced depth of compression and tensile stress factor reduces fragmentation while maintaining thinness.

An overflow glue groove on the upper housing accommodates potting material during assembly.

Elastic press-in projections compensate for housing tolerance variations while spring elements dampen shock and vibration loads.

Segmented metal frames and plastic panels reduce cabinet weight while a breakable base absorbs vehicular collision energy.

A mechanical bypass switch assembly maintains uninterrupted network signal paths across backplane connectors.

Segmented trays with EMR absorbers resolve the trade-off between EMI protection and hot swapping, enabling maintenance without system power down.

Resistors between module inputs and outputs enable automatic position identification through voltage measurement, removing flip-flop circuits.

Insulators separate chassis portions to isolate electrical grounds, preventing signal integrity degradation from reference ground differences.

Integrating current monitoring into a removable sensor module provides real-time energy visibility while maintaining power protection reliability.

Segmented quick-release connectors and flexible hoses reduce thermal management power consumption while simplifying server deployment.

Offset wires suspend center bridge pads within heat sink apertures to create dedicated thermal paths.

Segmented sloped guide groove maintains thermal glue uniformity during sliding PCB insertion, resolving heat radiation defects caused by adhesive displacement.

A frame surrounds a power unit and uses protruding pieces to engage heat sink recesses for secure adhesive attachment.

Bent portions in the substrate support generate tensile force to prevent loosening during ultrasonic fusion, maintaining optical axis alignment.

Elastic arms engage base notches to fix cable position, resolving the trade-off between stable grip and adjustable placement.

Moving the connector panel relative to a fixed drawer reduces insertion forces and prevents connector damage during module handling.

A flexible display uses a directional frame member to determine curvature, preventing buckling from non-uniform stiffness.

A communication control unit manages module bus access via validation signals to enable deterministic hot swap operations.

Vertical pillar stacking merges inductor cores with thermal paths, enabling compact high-current designs without sacrificing cooling efficiency.

Segmented contacts and a lever mechanism reduce insertion forces, enabling single-operator handling of heavy high-power modules.

A solid state switching device uses an insulated enclosure with ventilation openings to dissipate heat from the internal heatsink.

An elastically deformable pressing member maintains contact between a power module and casing using spring mechanisms.

Coding lugs and leading guides on the connection part orient the cover part before plug connector mating, resolving wiring assignment errors.

Hooks on a back plate engage openings in a circuit board to secure the component without screws.

Integrated snap lugs and retaining edges secure printed circuit boards without tools, eliminating the need for separate mounting components.

Asymmetric keyhole orifices enable quarter-turn pivot adjustment, preventing unhooking during angular compensation.

Natural convection cooling in subsea converters prevents biofouling while maintaining optimal surface temperatures through thermal buoyancy.

Framework tubes route connection cables through less watertight zones in railway electrical enclosures.

Segmented attachment device uses resilient latching elements to secure housing cover, enabling disassembly without opening the main enclosure.

A shielding pinboard module uses a printed circuit board backplane covered with copper sheets to provide electromagnetic shielding.

Segmented circuit boards with flexible harnesses resolve wiring complexity in modular protection cabinets, enabling easy maintenance without rewiring.

Lengthwise terminal placement on ACDC modules shortens conducting wires, resolving routing disorder and easing charging system assembly.

Segmenting the interior with insulating molded parts isolates thermal and electrical influences while a heat sink base manages component temperature.

Complementary formations on trough housing parts enable modular assembly without complex internal wiring.